CN106488835A - Tool head and method and blade for insertion and clamping blade - Google Patents
Tool head and method and blade for insertion and clamping blade Download PDFInfo
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- CN106488835A CN106488835A CN201580019790.0A CN201580019790A CN106488835A CN 106488835 A CN106488835 A CN 106488835A CN 201580019790 A CN201580019790 A CN 201580019790A CN 106488835 A CN106488835 A CN 106488835A
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- Prior art keywords
- blade
- wedge
- centrifugation
- groove
- tool head
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27G—ACCESSORY MACHINES OR APPARATUS FOR WORKING WOOD OR SIMILAR MATERIALS; TOOLS FOR WORKING WOOD OR SIMILAR MATERIALS; SAFETY DEVICES FOR WOOD WORKING MACHINES OR TOOLS
- B27G13/00—Cutter blocks; Other rotary cutting tools
- B27G13/02—Cutter blocks; Other rotary cutting tools in the shape of long arbors, i.e. cylinder cutting blocks
- B27G13/04—Securing the cutters by mechanical clamping means
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27G—ACCESSORY MACHINES OR APPARATUS FOR WORKING WOOD OR SIMILAR MATERIALS; TOOLS FOR WORKING WOOD OR SIMILAR MATERIALS; SAFETY DEVICES FOR WOOD WORKING MACHINES OR TOOLS
- B27G13/00—Cutter blocks; Other rotary cutting tools
- B27G13/08—Cutter blocks; Other rotary cutting tools in the shape of disc-like members; Wood-milling cutters
- B27G13/10—Securing the cutters, e.g. by clamping collars
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27G—ACCESSORY MACHINES OR APPARATUS FOR WORKING WOOD OR SIMILAR MATERIALS; TOOLS FOR WORKING WOOD OR SIMILAR MATERIALS; SAFETY DEVICES FOR WOOD WORKING MACHINES OR TOOLS
- B27G13/00—Cutter blocks; Other rotary cutting tools
- B27G13/12—Cutter blocks; Other rotary cutting tools for profile cutting
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- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Wood Science & Technology (AREA)
- Forests & Forestry (AREA)
- Milling Processes (AREA)
- Drilling Tools (AREA)
- Food-Manufacturing Devices (AREA)
- Gripping On Spindles (AREA)
Abstract
The present invention relates to the tool head for wood processing machine device（11、11a、11b）, with post, taper or becoming the substrate body of profile, the tool head has at least two instrument receiving portions for being uniformly distributed arrangement on its periphery（13）For accommodating blade（15）.Instrument receiving portion（13）Including the groove for accordingly narrowing on the direction of radial direction（19）, respectively by blade in the groove（15）Sandwich in groove（19）The first side wall（27）And closure elements（25）Between.In blade（15）It is provided with first shape and the first side wall between to be connected.In addition in closure elements（25）With the first side wall being in respect to groove（27）Second sidewall（31）Between be disposed with centrifugation wedge（23）.According to the present invention in closure elements（25）With centrifugation wedge（23）Between be provided with the second form fit connection.This arrangement of form fit connection, this have the advantage that between blade and tool head and another aspect closure elements and centrifugation wedge on the one hand, relative motion can be realized when sandwiching between closure elements and blade, because there is no form fit connection between blade and closure elements.In addition the present invention relates to tool head（11、11a、11b）, carry：Post, taper or the substrate body that becomes profile, the tool head is with least two instrument receiving portions for being preferably uniformly distributed arrangement on its periphery（13）For accommodating blade（15）, wherein, each instrument receiving portion（13）By the groove being open upwards in the side of radial direction（19）Formed, the groove includes the first side wall（27）It is in respect to the first side wall with second（27）Second sidewall（31）；And with centrifugation wedge（23）, which can be arranged in groove（19）In, the first side wall is arranged in clamp as follows（27）With centrifugation wedge（23）Between blade（15）, i.e., so that centrifugation wedge（23）By means of clamping threaded fastener（29）Radial outward movement, is provided with spring element according to inventive article receiving portion（73；113a、113b；133）, the blade that the spring element will can be inserted in instrument receiving portion（15）It is pressed onto stopper section（85,85a）Place.Thus the tool head that conceives this have the advantage that blade automatically radially can be positioned when sandwiching as follows, i.e., so that its pass through spring means automatically radially outward and with tool head exist protuberance be placed in backstop.Thus cause the positioning of radial direction of the blade in instrument receiving portion.Subject of the present invention is also blade, with construction in the first side of blade（Cutter is anterior）The knife-edge at place and positioning groove, the positioning groove be arranged on blade on the second side with respect to knife-edge.The blade is outstanding as follows, i.e. the side being diagonally in respect to knife-edge of blade has the functional surfaces in the form of the chamfering or rounding.The blade this have the advantage which radially can be inserted in body of tool.
Description
Technical field
The present invention relates to the tool head of preamble according to claim 1（Werkzeugkpof）, according to right will
Seek the blade of 21 preamble（Schneidplatte）, and preamble according to claim 27 for inserting and pressing from both sides
The method of tight blade.
Background technology
By file DE-OS 36 36 618 become known for machining wood processing machine device, be particularly useful for planer
Cutter shaft.The cutter shaft has the axis body of single-piece, the axis body have multiple axially in parallel, narrow towards side face
Groove, disposable cutter respectively sitting idly into profile in the groove, being clamped by centrifugation wedge（Einwegmesser）, institute
State the disposable shape of tool be matingly engaged to be in the maintaining item between disposable cutter and centrifugation wedge side corresponding
In profile.Can not be connected with axis body with moving in this maintaining item and elasticity can deform.The maintaining item be arranged to recessed
The side wall of groove becomes this spacing, i.e., so that the cutter that be formed therebetween slightly can exist in the case of the centrifugation wedge for unclamping
Pull out on longitudinal direction and can practically seamless unoccupied place pushes by new cutter.If centrifugation wedge produces folder by rotating
Clamp force, then so that maintaining item is regularly pressed against at disposable cutter by the deformation of little elasticity, so as to the disposable knife
Tool is immovably fixed.Cutter however be merely capable of sandwiching in unique, immutable position.
Utility model DE-U-89 14 809 of Germany is disclosed for machining timber, synthetic material and analog, especially
Which is used for making the tool nose of bar and plate become vertical profile, the substrate body with cylindricality, and the substrate body has axially in parallel, court
The groove that side face is opened wide.In each recess cutter is sandwiched between the side wall of groove and maintaining item, wherein, the tooth of the cutter back of the body
Portion is shape-ordinatedly in engagement with the corresponding teeth portion of side wall.Groove towards substrate body side face wedge shape narrow.Described
Be disposed with centrifugation wedge in groove, the centrifugation wedge cutter is regularly sandwiched in maintaining item in the case of the substrate body of rotation and
Between opposite side wall.
The open body of tool with one or more instrument receiving portions of U.S. Patent Application No. 2002/0046632, described
Cutter hub is inserted in instrument receiving portion, the cutter hub is kept by clamping device.In order to instrument cost is kept as low, file
US 2002/0046632 is proposed, and cutter hub is polished again and is removed equally big amount in cutter hub bases and thus produces new
Reference edge.The cutter hub of insertion, is cut to described when cutter hub is clamped in receiving portion with cutter hub substrate with becoming spacing with grooving
The rib of protrusion of the construction in instrument receiving portion is bonded in groove.Grooving be arranged on cutter hub in the planar side with respect to knife-edge
Go up and prevent, cutter hub can be radially slided in operation.Can be in order to realize identical according to file US 2002/0046632
Purpose is alternatively arranged on rib at fixed wedge.
U.S. Patent Application No. 2005/0265795 illustrates the tool head with instrument receiving portion, accommodates in the instrument
Cutter hub can be clamped by means of fixed wedge in portion.Cutter hub has with knife-edge in cutter hub bases and with respect to planar side
Angle, when cutter hub is inserted in instrument receiving portion opening, the chamfering provides necessary free space.
In order to cutter is exchanged or adjust, first centrifugation wedge acted on by the power being directed radially inwardly toward, for example pass through hammer
Hit to unclamp.Maintaining item（Its elastic deformation slightly on the direction towards cutter in the state of clamping）Return to which；Lax
Position in.In the position（The stop edge that the position passes through between two bands is accurately fixed）The middle bearing by cutter
Loosen to following degree so that the cutter slightly can be pulled out on the direction of the axis of substrate body.Next, if any
Cutter again can may be pushed for example in following location in the axial direction after the grinding, the position with the facewidth to
Outer displacement.Once tool nose is placed in quickly rotation, then it is centrifuged wedge tensioning by centrifugal force.Cutter now fixing and
Accurately sandwich.Because centrifugation wedge is configured to self-locking, therefore which is also maintained in the state of clamping after tool nose stopping.
The advantage of the tool nose of description is that threaded fastener need not be unclamped in Tool changeover.Otherwise disadvantageously, cutter can be only
Only pull out from groove in axially direction.It means that before it can remove cutter, adjacent tool nose is necessary
Remove first from tool spindle.
Generally need when using wide cutter in band is either with or without the tool nose of traditional cutter holding of centrifugation wedge
Identical multiple threaded fasteners, so as to cutter is fixed at tool nose.This causes more consumption in operation when cutter is exchanged.
Another problem is that in this traditional tool nose, pressure body are tight using screw thread in contrast to the centrifugal force for occurring when rotated
Firmware is fixed in the groove of tool nose.Can slightly be moved due to the centrifugal force for acting in the case of high rotating speed
Position cutter, this hinder the degree of accuracy of timber processing and cause larger tolerance.
Content of the invention
Therefore it is an object of the present invention to provide a kind of tool head, the tool machine for being particularly useful for for timber processing
Tool nose, and a kind of method, instrument or cutter can be inserted and removed from the direction of radial direction wherein.Another object
Following tool head is to provide, no longer needs the tool head adjacent with tool head wherein in instrument or Tool changeover
Dismounting before.Purpose also is, proposes following tool head, wherein so that for exchange tool consumption in operation most
Littleization.Another object is that, new instrument is accurately adjusted on radial direction and preferably axially direction when instrument is exchanged.
The purpose for referring to before is realized by the feature of claim 1,21,27,37 and 41 according to the present invention.Favourable
Improvement project is limited in the dependent claims.
The present invention relates to tool head, be particularly useful for the tool nose of wood processing machine device, with cylindricality, taper or
Become the substrate body of profile for rotatably processing workpiece.Tool head has at least two uniform distribution arrangements on its periphery
Instrument receiving portion for accommodating flat instrument, especially blade.Instrument receiving portion accordingly has and narrows on the direction of radial direction
Groove, accordingly blade can be sandwiched in the first side wall of groove and as pressure jaw in the groove（Druckbacke）
Closure elements between.Centrifugation wedge（Which is inserted in groove）Closure elements can be pressed against blade and can be by
The latter is fixed in instrument receiving portion.It is provided with first shape between blade and the first side wall to be connected, the shape is joined
Closing connection causes blade fixing on the direction of radial direction.
The connection of second form fit is provided between closure elements and centrifugation wedge according to the present invention.Form fit connection
Between blade and tool head and on the other hand this arrangement, on the one hand have such as between closure elements and centrifugation wedge
Lower advantage, i.e., can achieve relative motion, because between blade and closure elements when sandwiching between closure elements and blade
Exist without form fit connection.The arrangement of the proposition that equally can be connected by form fit is by blade on the direction of radial direction
It is inserted in groove.
Advantageously, centrifugation wedge has the female perforate of band, is inserted into externally threaded folder in the perforate
Tight threaded fastener.Here centrifugation wedge can be moved in clamped position by rotating clamping threaded fastener in a first direction
And moved in instrument exchange position by rotating clamping threaded fastener in a second opposite direction.The instrument keeps
Have the advantage that compared to prior art, i.e., centrifugation wedge when instrument is sandwiched on the direction of radial direction outside pretension.This
Have the advantage that, i.e., centrifugation wedge and blade tool head start rotation in the case of no longer shift.According to a kind of favourable
Embodiment, clamping threaded fastener be threaded pin, be configured with a side of the threaded pin functioning devices,
For example interior six side or Torx threaded fastener drivening piece profile（Torx-Schrauben-Mitnahmeprofil）, and institute
State the screw fastener head that preferably column is configured with the second side of threaded pin.If centrifugation wedge is inserted into instrument appearance
Receive in portion, then the screw fastener head of column is supported on the recess-based bottom as pairing support.It is conceivable, that screw thread
Fastener head has kayser continuation in side, and the kayser continuation can be joined in groove in the case of apertured
In corresponding blind hole in substrate.This has the advantage that i.e. centrifugation wedge can not be shifted in a groove.Blind hole and kayser continue
Portion is constructed as below in addition, enabling realize radially pre-assembled clamping threaded fastener.
In grooved substrate, the female threaded fastener hole of band is advantageously provided with, and clamps threaded fastener
Shank has two threaded sections with contrary threaded fastener screw thread.This has the advantage that, i.e., in corresponding selection spiral shell
Cause to be centrifuged wedge from recessed when threaded fastener is screwed in threaded fastener hole clamping during the rotation direction of line fastener threads
Groove bases are removed.According to another embodiment, can will clamp threaded fastener can be rotationally but in axially direction
Can not be inserted into moving in the perforate of centrifugation wedge.Equally centrifugation wedge can be by rotating clamping screw threads for fastening by this way
Part is pressing against closure elements.
Suitably closure elements are accommodated or are fixed in instrument receiving portion in the case of without threaded fastener.This tool
Have the following advantages, i.e., described closure elements being capable of quick insertion or taking-up.This causes instrument to exchange becomes easy.
According to a kind of preferred embodiment, or be equipped with least one magnet by closure elements or by centrifugation wedge.
The setting of at least one magnet has the advantage that, i.e., so that the blade being advantageously made up of the material for being capable of weakly magnetization is maintained at
At closure elements.This has the advantage that that is, blade is attracted at closure elements in instrument exchange position.Because blade is in pine
Additionally overturn when opening centrifugation wedge, therefore the blade can be grasped with finger well.
Preferably, at least one magnet is inserted in the space of closure elements with the surface of closure elements with flushing.
This has the advantage that that is, blade can be abutted at closure elements to planar.Suitably for reasons of symmetry in closure elements
In be provided with least two each other in spacing arrange spaces, in the space, magnet is inserted with flushing in face.
Advantageously, one or more of spaces are with short with closure element base in the region of the bottom of closure elements
Spacing, especially arrange in 1/3rd of the bottom of closure elements.But other positions are depending on the size of blade
Ground is equally possible.
Pressure or spring element are provided with according to a kind of particularly advantageous embodiment, its following positioning in a groove or it
Between so that the pressure or spring element act on blade when instrument is sandwiched on the direction of radial direction.Pressure elements is advantageously
It is elasticity or the synthetic material that can deform spring and for example can be deformed by elasticity or spring element, such as spiral shell
Rotation spring is fabricated by.Pressure or spring element are preferably located in there, i.e., the side of the bottom of blade is seated in instrument in this place
On the convex shoulder of receiving portion, can be with the side collective effect of the bottom of blade so as to pressure or spring element.Pressure or spring element
It is inserted in groove or is arranged at closure elements.
A kind of suitable embodiment regulation, pressure or spring element are arranged or are arranged at closure elements.The pressure
Or spring element can here arrange near closure element base in view of longitudinal direction under magnet, that is.Pressure
Power or spring element can be configured to the positioning caking being made up of synthetic material for projecting from the surface（Positioniernoppe）.
Positioning caking for example can be inserted in the hole in closure elements.
According to another embodiment, pressure or spring element are such as lower spring, the spring be simultaneously used for side ground and
Radially position cutter hub and be used for closure elements to be pressed against at centrifugation wedge jaw.
Advantageously, centrifugation wedge there is wedge surface in front, the wedge surface towards groove the first side wall orient, and have be in
With respect to the back side of wedge surface, the back side orients towards the second sidewall of groove and occupies acute angle with wedge surface in front.Preferably,
Wedge surface has the deepening portion of the ditch flute profile stretched in axially direction.Deepening portion has the advantage that, i.e., so that being pressed against pressure
Focus on the region adjacent with deepening portion of centrifugation wedge.
Advantageously, the lug boss extended in axially direction is provided with wedge surface.Lug boss, for example elongated grand
Rise, the form fit that can be responsible for closure elements.
At least 1mm, preferably at least 2mm and particularly preferably at least 3mm are suitably provided with deepening portion
The first of minimum widith is pressed against face and is arranged with least 1mm, preferably at least 2mm and particularly preferably in deepening portion
The second of the ground at least minimum widith of 3mm is pressed against face.
Preferably, the first side wall of groove is occupied at 0 and 40 degree with the RADIAL with the central authorities of tool head as starting point
Between, the angle preferably between 15 and 35 degree and particularly preferably between 20 and 30 degree.
Advantageously, the substructure of centrifugation wedge has the ladder that the longitudinal axis for being preferably parallel to perforate extends, so as to exist
There are the first bottom faces for adjoining wedge surface in front and the second bottom faces for adjoining the back side.The second bottom faces of here are sandwiched with the back side>
90 degree, the angle preferably between 90.1 and 95 degree and particularly preferably between 90.5 and 94 degree.It is centrifuged this of wedge
The construction of entity has the advantage that, i.e., can cause the flip-flop movement of centrifugation wedge when back off tool keeps.
Centering latch can be put in the first groove walls（Such as pressing base）For side feel relieved blade and if any
Possible closure elements.
According to a kind of particularly advantageous embodiment, the 3rd form fit company is provided between centrifugation wedge and closure elements
Connect for side ground closure elements of feeling relieved.This is a kind of particularly advantageous design, and which is connected knot with the second form fit
Close ground to realize radially and axially adjusting blade.
Subject of the present invention be also for wood processing machine device tool head, be particularly useful for according to claim 1 to 20
Any one of tool head blade, with blade, construction in the first side of blade（Cutter is anterior）Knife-edge and fixed
Position groove, the positioning groove be arranged on blade on the second side with respect to knife-edge.This blade according to the present invention
Outstanding as follows, i.e. the side being diagonally in respect to knife-edge of blade has the functional surfaces in the form of the chamfering or rounding, described
The depth of functional surfaces is preferably at least the 15% of blade thickness.The blade has the advantage that, i.e., which being capable of direct contoured
Ordinatedly it is fixed in body of tool.Advantageously chamfering >=0.6mm.This chamfering significantly greater compared to known blade has
Following advantage, that is, the pressure elements for so that elasticity is deformed can pass through between groove walls and blade in clamping centrifugation wedge
Expansion free space launching.That is the chamfering for expanding has meaning with reference to the positioning of the correct radial direction of blade.
In addition the functional surfaces also have the meaning in safe practice, because crisp blade can in the case of not having the functional surfaces
Rupture when sandwiching and fly away in operation.
Preferably, the unique positioning groove of only one is provided with, and the side of its underpart is in lancet base face<10mm is simultaneously
And preferably<The spacing of 8mm.
It is also important that positioning groove is within clamping zone.On the one hand the clamping zone passes through in depth
The convex shoulder of the first groove walls is limited and on the other hand in height by being centrifuged the coverage rate of wedge and the first pressure of centrifugation wedge
Summit by face limits.
Advantageously, blade in order to side position recess with least one U-shaped.But blade can also be without U-shaped
Exception.The positioning of so side for example can be carried out by the setting element of two sides, carry out cloth between the setting element
Put blade.
Subject of the present invention is also the preamble according to claim 27 for inserting in the receiving portion of tool head
Enter the method with clamping tool, in the process by closure elements by centrifugation wedge shape after being inserted in instrument receiving portion
Ordinatedly keep.
According to another independent aspect of the present invention, closure elements are by being centrifuged wedge in exchange position, and instrument exists
Kept by being connected with the form fit of side wall in clamped position.
According to another independent aspect of the present invention, be centrifuged wedge and clamping moved to by means of clamping threaded fastener and exchange
In position.The advantage being associated with the method modification for referring to before is had been described above when the tool head according to the present invention is discussed
Discuss.
Advantageously so that blade is sandwiched by means of the clamping threaded fastener for acting on centrifugation wedge on centrifugation force direction.
This has the advantage that the centrifugal force for passing through effect in the operation of the tool head of rotation no longer carries out being centrifuged the shifting of wedge
Position.This causes the precision higher when workpiece is processed.
Preferably blade was outwards squeezed against stopper section before final clamped position is reached on the direction of radial direction.
This has the advantage that that is, blade is accurately positioned in instrument receiving portion and can not slide in run duration.
Advantageously instrument was only placed in position or with stopping dam by means of the element of elasticity before final position is reached
Gear.
Advantageously blade is releasably drawn at closure elements in exchange position.This is suitably entered by means of magnet
OK, the magnet can be arranged at closure elements or centrifugation wedge.
A kind of particularly advantageous flexible program according to methods described so that centrifugation wedge is by means of clamping threaded fastener pine
Open.In contrast to prior art thus, it is possible to centrifugation wedge is unclamped in the case of without hammer.
Advantageously closure elements are shape-ordinatedly kept by centrifugation wedge in instrument exchange position.
The clamping of advantageously blade becomes backstop ground and carries out on heading.
Subject of the present invention is also the tool head for wood processing machine device, with cylindricality, taper or become profile
Substrate body, the tool head with least two be preferably uniformly distributed on its periphery the instrument receiving portion of arrangement with
In blade is accommodated, wherein, single instrument receiving portion is formed by the groove being open upwards in the side of radial direction.Groove passes through first
Side wall and second, be in a spacing and formed with respect to the second sidewall of the first side wall.Centrifugation wedge can be disposed with a groove,
To clamp the blade being arranged between the first side wall and centrifugation wedge as follows, i.e., so that centrifugation wedge is by means of clamping screw thread
Securing member radial outward movement.
The tool head is additionally characterized by, and is provided with spring element in instrument receiving portion, and the spring element will
The blade being inserted in instrument receiving portion is pressed up at stopper section in the side of radial direction.Thus the tool head that conceives has big
Advantage, i.e., cause instrument automatically radial positioning when sandwiching as follows, i.e., so that the instrument by spring means from
Dynamicly radially outward and with instrument exist protuberance be placed in backstop.Thus without more consume in the case of be responsible for
Blade is accurately located in instrument receiving portion.
Synthetic material or metal parts that spring element be able to can deform for spring or elasticity, which is preferably articulated to knife
In the recess of piece or act on cutter hub substrate.
Subject of the present invention be also for the method by blade positioning in the instrument receiving portion of tool head, wherein with
Following manner by the blade being inserted in instrument receiving portion by means of in instrument receiving portion arrange and respective orientation bullet
Spring element is pressed against at stopper section, i.e., so that spring element is applied to the power for radially outward acting on blade.Here is meaningful
, positioning automatically is carried out when instrument is sandwiched.Spring element can here be responsible for radial direction, side or side and radially
Positioning.
Description of the drawings
Embodiments of the invention are now described in further detail with reference to following figure.Wherein：
Fig. 1：The partial view of the first embodiment of the single instrument receiving portion of tool head, the instrument is illustrated with side-looking
Head carries the blade sandwiched by means of closure elements and centrifugation wedge（Operating position）；
Fig. 2：Such as view in FIG is shown, wherein, blade is located in exchange position；
Fig. 3：The side view of whole tool head is shown, wherein, blade is located in exchange position；
Fig. 4：End and the side view of centrifugation wedge are shown；
Fig. 5 illustrates the front and side view of closure elements；
Fig. 6 is illustrated and is configured to（Become profile）The front and side view of the blade of cutter；
Fig. 7 illustrates that the threaded fastener with two threaded sections is centrifuged wedge for clamping and unclamping；
Fig. 8 illustrates another embodiment of the centrifugation wedge according to the present invention；
Fig. 9：Another embodiment of the closure elements according to the present invention is shown, the closure elements are carried and cutter substrate and calmly
Position assisted parts becomes the horizontal grooving of spacing；
Figure 10：Illustrated with side-looking with two other embodiments of the blade for becoming the profile of profile cutters, wherein, knife in the past
Piece is divided with elongated deepening portion；
Figure 11：The partial view of the second embodiment of the single instrument receiving portion of tool head, the tool head band are shown
The pressure elements of the centrifugation wedge of with good grounds Fig. 8 and elasticity is used for by blade positioning in instrument exchange position；
Figure 12：The tool head of Figure 11 is shown, with（Clamping）Blade in operating position；
Figure 13：The partial view of the 3rd embodiment of the single instrument receiving portion of tool head, the tool head band are shown
There are the pressure elements of remodeling and short closure elements；And
Figure 14 illustrates the tool head of Figure 13, with（Clamping）Blade in operating position；
Figure 15：Illustrate that the part of the fourth embodiment of the single instrument receiving portion of the scraper tool head with short blade regards
Figure；
Figure 16 is illustrated：The tool head of Figure 15, with the blade in instrument exchange position；
Figure 17：Illustrate to scabble tool nose（Abplattmesserkopf）Profile tool head another embodiment；
Figure 18：A kind of additional embodiment of tool head is shown, clamping threaded fastener is clamping pin, the folder wherein
Tight pin is supported on recess-based bottom using head；
Figure 19：A kind of embodiment of spring element is shown, which is responsible for radially positioning blade when instrument is sandwiched；
Figure 20：The spring element of Figure 19 is shown, when the spring element is inserted in instrument receiving portion with the detailed view of amplification
And when blade is by being centrifuged wedge to sandwich；
Figure 21：The same spring element for illustrating Figure 19 with the detailed view amplified, be inserted in instrument receiving portion when blade and
When unclamping centrifugation wedge.
Specific embodiment
Illustrate in Fig. 1 to 7 according to the tool head 11 of the present invention for rotatably processing timber and its component.The work
Tool head there are multiple instrument receiving portions 13 for being distributed arrangement on periphery, accordingly can accommodate in the instrument receiving portion with
The instrument of the profile of blade 15.The groove 19 narrowed on the direction of radial direction, the groove is provided with instrument receiving portion 13
Can be at an angle of with the pivot center 17 of tool head 11 or axially parallel stretch.In order to sandwich blade 15（Which is illustrating
By becoming profile cutters 21 in example（Fig. 6）Formed）Effect has centrifugation wedge 23 and closure elements 25.Closure elements 25 abut in knife
It is pressed onto at the flat side of blade 15 at piece 15 and by being centrifuged wedge 23.Therefore the latter is sandwiched in work in work or clamped position
Between first groove walls 27 of tool head 11 and closure elements 25.Outstanding as follows according to the tool head of the present invention, i.e.,
Blade can be inserted upwardly in instrument receiving portion 13 in the side of radial direction, or can be from wherein taking out again.In addition closure elements
25 are maintained in instrument receiving portion 13 in the case of without threaded fastener.Another feature is that centrifugation wedge 23 is in basis
The range of the present invention（Typically between 7mm and 150mm, preferably between 15 and 100mm）In all of width
Clamped by unique threaded fastener 29 or unclamp, that is to say, that in order to back off tool keeps no longer needing hammer, such as this
It is such that such situation is usually in traditional tool head.As described herein below by according to the tool head of the present invention it
Before the feature that refers to illustrate in further detail.
As already mentioned above like that, groove 19 narrows to outside wedge shape on the direction of radial direction, that is to say, that first
Groove walls 27 and it is inclined relative to one another in the second relative groove walls 31 with the first groove walls 27.Centrifugation is accommodated in groove 19
Wedge 23.Centrifugation wedge 23 and groove 19 be sized preferably following manner so that centrifugation wedge in the feelings for being not closed element 25
Can be inserted upwardly in groove 19 in the side of radial direction under condition.But it is also contemplated that the scale of centrifugation wedge 23 and groove 19
Very little is following manner, i.e., so that only can achieve pushing on the side.The two embodiments are within the scope of this invention
Ground is feasible.
With wedge surface in front 33, the wedge surface is abutted at closure elements 25 centrifugation wedge 23, and with the back side 35, its face
Abut at the second groove walls 31 shape.If being not provided with closure elements, then wedge surface in front 33 is bearing directly against blade
Place.The deepening portion 37 that wedge surface in front 33 passes through to stretch on the longitudinal direction of centrifugation wedge 23 is interrupted, so as on deepening portion 37
Presence first is pressed against face 39 and has second under deepening portion and is pressed against face 41.Second is pressed against face 41 has with longitudinal direction
The lug boss 43 of the profile of the protuberance for stretching, the protuberance realize the deepening portion 47 with the corresponding complementary structure of closure elements 25
Form fit connection.
The substructure of centrifugation wedge 23 becomes stairstepping, there are the first bottom faces 49 simultaneously so as to adjoin 33 ground of wedge surface in front
And adjoin 35 ground of the back side and there are the second bottom faces 51.First and second bottom faces 49,51 are by ladder 53（The ladder is preferably
It is arranged essentially parallel to the back side 35 to extend）Separate.The second bottom faces of here 51 and the back side 35 sandwiches 90 degree or more, preferably 91
And the angle between 93 degree.Thus, it is possible to cause centrifugation upset of the wedge 23 in exchange position, such as in addition this also enter one below
As step is illustrated.
In order to the purpose of weight reduction can be provided with one or more length that arranges each other in spacing in centrifugation wedge 23
Hole 55.The threaded fastener hole 57 with longitudinal axis 59 is there are between elongated hole 55, and which is from the 61 to the second bottom faces of coverage rate
51 extend.The longitudinal axis 59 of threaded fastener hole 57 is arranged essentially parallel to the back side 35 and extends.Threaded fastener hole 57 is with interior spiral shell
Line 63 is used for the threaded sections 99 of the back for accommodating threaded fastener 29（Fig. 7）.
Similar to the bottom faces 49,51 of centrifugation wedge 23, grooved substrate is similarly configured to stairstepping.The grooved substrate includes
First recess-based bottom surface 65, the first recess-based bottom surface are corresponding with the second bottom faces 51 of centrifugation wedge 23, and including second
Recess-based bottom surface 67, its are corresponding with the first bottom faces 49.It is provided with internal thread 70 in the first recess-based bottom surface 65
Threaded fastener hole 69.Threaded fastener hole 69 is conllinear with longitudinal axis 59, so as to cause centrifugation by rotating threaded fastener 29
Wedge 23 is from the clamped position on top（Closure elements 25 and blade 15 are regularly pressed onto at the first groove walls 27 wherein）Can transport
Move in the instrument exchange position of bottom（Blade 15 can be taken out on the direction of radial direction wherein）.
As already mentioned above like that, sandwich when bottom faces 51 and the back side 35 >=90 degree of angle when, in the first groove
Angle between basal surface 65 and the back side 31 is preferably about 90 degree.If bottom faces 51 are sandwiched with the back side 35>90 degree of angle
Therefore degree, then cause the second bottom faces 51 of centrifugation wedge 23 first in 53 side of ladder and the first recess-based when instrument of opening keeps
Bottom surface 65 reaches contact.Thus to centrifugation wedge 23 on reach instrument exchange position when effect have cross force, the cross force by
Cause upset centrifugation wedge 23 in the tolerance of the presence of threaded fastener screw thread（Fig. 2）.In this closure elements 25 and blade 15 and
Side wall 27 is decontroled.
The feature of closure elements 25 be provided with least one in the region of bottom, but preferably it two or also more
Many magnets 69（Fig. 5）.The magnet is preferably housed flush in space 71 with the surface that adjoins of instrument.Magnet 69 is used
In, by by usually can the blade 15 made of material of weakly magnetization be adhesively maintained at closure elements 25, especially hand in instrument
When changing such that it is able to more easily take out the instrument.
Just on the deepening portion 47 each other in spacing by two elastic synthetic materials cakings 73 that can deform, especially
The synthetic material caking being made up of the material of elastomer, is arranged in closure elements 25.The synthetic material caking can
It is inserted in the corresponding hole 75 in closure elements 25.The purpose that caking 73 has is to cause blade 15 when clamping upwards
Promote.In addition the working method of caking 73 is described below in further detail.
In order that 25 side of closure elements be centered in groove 19, be provided with the centre of the fixing section of back
The recess 77 of U-shaped.The centering latch 79 that can axially adjust, the centering is bonded to in the recess 77 in clamped position
Latch is contained in the pin hole 81 of tool head body（Fig. 1 to 3）.Pin hole 81 is angularly added to the first groove walls 27
In tool head body.
Only one unique grooving 83 is just provided with pin hole 81 in the first groove walls 27.In the grooving
Stopping dam 85 is shape-ordinatedly accommodated in 83.Grooving 83 and corresponding stopping dam 85 can be four or multangular in cross-section
Or circle.Stopping dam 85 is for the purpose that is accurately positioned and 87 collective effect of groove in blade 15 in clamped position（Figure
6）.The groove 87 a certain distance, preferably at least 5% and particularly preferably at least 10% wider than stopping dam 85.Favorably
Ground groove 87 is wider than stopping dam between 20% to 80%.Groove 87 is wider than backstop between 30% and 60% in the particular embodiment
Bar 85.It is contemplated that replacing stopping dam 85 to be directly configured with stopper section 85a elongated accordingly in groove walls 27.
Blade 15（Which is configured to into profile cutters 21 according to Fig. 6）Can be in centre at tool substrate and similar to envelope
Recess 89 of the element 25 with U-shaped is closed, the recess is used for the centering of blade 15.If blade 15 is put in groove 19,
The engagement of centering latch 79 is accurately reached so as to them in the recess 77,89 of closure elements 25 and the U-shaped of blade 15
It is in and is stacked each other.Blade constructs knife-edge 92 at blade anterior 90.Side with respect to knife-edge 92 at structure is diagonally being in
Make with the functional surfaces of the profile of chamfering 94.
If as learning in from Fig. 1 to 3, the first groove walls 27 are not straight faces, but between becoming with grooved substrate
There is convex shoulder 91 away from ground, blade can be abutted at the convex shoulder.Back on the convex shoulder 91（Rearmounted）Wall section exists
Currently using reference 93 and in front（Preposition）Wall section is represented using reference 95.Convex shoulder 91 has following deep
Degree, depth size substantially just corresponding to blade 15 to be sandwiched.Before blade in the case of the blade 15 being put into
Therefore portion is substantially flushed with wall section 95 in front.
Be referred to as groove 19 within the scope of this invention be instrument receiving portion as lower curtate, the section is kept in instrument
When one work.Therefore groove 19 has the first and second groove walls 27 and 31 of different length.
The wall section 93 of back of first groove walls 27 on convex shoulder 91 can be with respect to wall section 95 in front slightly
Slope inwardly and occupy the angle until 5 degree（Referring to Fig. 3）.Thus instrument can be more strongly against recessed in region in front
Cell wall 27 carrys out pretension.
Threaded fastener 29 for clamping and unclamping centrifugation wedge 23 is preferably configured to spiral shell in front and back
The threaded pin of line section 97 or 99（Fig. 7）.In back, threaded fastener have functioning devices 101 for instrument, for example interior
Four or six sides or Torx screw thread drivening piece.The threaded sections 97,99 of in front and back are separated from one another by contraction flow region 103.
Threaded sections in front 97 are configured to, so as to 70 collective effect of internal thread with threaded fastener hole 69.The threaded sections of back
Otherwise 99 are configured to, so as to internal thread 63 collective effect of the construction with threaded fastener hole 57 in centrifugation wedge 23.Description
The feature of threaded fastener connection is now, the threaded sections 97,99 of in front and back have to threaded fastener spiral shell
Line.According to one kind preferred embodiment, threaded sections in front 97 are the right side for the threaded sections 99 of left hand thread and back
Rotation screw thread.This has the advantage that, i.e., threaded fastener is rotated up in order to clamp centrifugation wedge in usual side.?
The position of the radial direction of this centrifugation wedge 23 is equally changed with two pitch in the case of one turn complete of threaded fastener.
The embodiment of another remodeling of centrifugation wedge 23 has the centering to highlight from wedge surface 33 at wedge surface 33
The centring element 105 of the profile of caking（Fig. 8）.Centring element 105 is used for being felt relieved in fig .9 with carrying out side by means of form fit
The closure elements 25a for illustrating.Closure elements 25a is different from being replaced towards the centrifugation orientation of wedge 23 according to the closure elements 25 of Fig. 5
Recess 77 in surface and be configured with the deepening portion 107 of only one U-shaped.The deepening portion 107 is in the centre of closure elements 25a
In extended from the substrate 109 of closure elements 25a with right angle（Axis 102）.Other difference is that closure elements 25a does not have
Magnet or synthetic material caking.
Figure 11 and 12 illustrates the tool head 11a with centrifugation wedge 23 and the closure elements 25a according to Fig. 9.Different from root
According to the first embodiment of Fig. 1 to 7, tool head 11a has the pressure elements 113a of sleeve shaped, and the pressure elements is inserted into
In extension, the in front pin bore section 115 of pin hole 81.The edge here on the top of pressure elements 113a exists in groove side
Highlight from wall section 95 in front at convex shoulder 91.As shown in fig. 11, pressure elements 113a is protected in instrument
Closure elements 25a is pressed against in the exchange position for holding portion and so that the closure elements carry out pretension against centrifugation wedge 23a.?
When the sandwiching blade 15 so that prominent part deformation from wall section 95 of the elastic pressure elements 113a that can deform and footpath
To outwardly against blade 15 and thus against stopping dam 85.Thus it is automatically fixed on the direction of radial direction that blade 15 is carried out
The heart.If as seen from Figure 12, there is gap between stopping dam 85 and deepening portion 87, that is to say, that deepening portion 87
Wider than stopping dam 85 degree necessarily, preferably between 0.05 and 1.5mm and particularly preferably 0.3 and 1.0mm it
Between.If blade 15 is loosely inserted in instrument receiving portion and is seated on convex shoulder 91（Fig. 9）, then the top of stopping dam 85
Side 117 can be substantially corresponding with the side 119 of the inside of deepening portion 87.
Embodiment the different of embodiment from Figure 11 and 12 according to Figure 13 and 14 are, at least one pressure elements
113b, preferably however two pressure elements 113b, be contained in single blind hole 121, the blind hole is in tool head body
It is arranged in the region of convex shoulder 91.Two sides for being preferably symmetrical in centering latch 79 are each provided with blind hole 121 and pressure elements
113b.The working method of pressure elements 113b is identical with the working method of pressure elements 113a, that is to say, that pressure elements 113b
The part highlighted from blind hole 121 and from wall section 95 promote radial centering blade 15 when sandwiching.The reality
Apply mode another modification be in blade 15 side positioning region in.Blade 15 is not used for the positioning of side
The recess of U-shaped.In order to the positioning of side causes shop bolt 79 axially to shift outside blade 15, so as to blade 15 can or
It is at shop bolt 79 by backstop in the left side or the right side.
Figure 15 and 16 illustrates another tool head 11c, and instrument receiving portion 13a is than tool head described above wherein
In the case of be rendered as less deep switch-in part and blade 15a only there are little height and two knife-edges 92a, 92b.Accordingly
Ground, closure elements 25c are also shorter than being configured in other embodiments.Different from tool head described above, tool heads
Portion 11c has following stopping dam 85a, and the stopping dam is one with body of tool.Same centering latch is not arranged on centre,
And stopper section on the side is provided with for side ground blade of feeling relieved（It is shown without in figure）.In addition tool head 11c
Mutually coordinate with other tool heads in terms of the function and structure such that it is able to save further description.
Tool head 11d according to Figure 17 is rendered as scabbling tool nose, its difference with thus far described embodiment
It is, instrument receiving portion 13 is not arranged in the periphery of tool head 11d but in end face 123.As this design is caused
The centrifugal force produced during the tool head of rotation is only still with little partial action in closure elements 25 and blade 15.In order to will be from
Heart wedge 23 is still critically maintained in groove 19, be provided with groove walls 31 two each other in spacing arrange, from wall
Prominent reinforcing element 125, the reinforcing element is shape-ordinatedly common with the corresponding grooving 127 in centrifugation wedge 23 to be made
With.
The clamping device of remodeling is shown in the tool head 11e according to Figure 18.The clamping device is as follows with above
The content of description is distinguished, i.e., clamping threaded fastener 29a has the screw thread 99 of only back.In clamping threaded fastener 29a
Front side at be provided with head 129, the head is supported at the grooved substrate 65,67.Centering is configured with addition at head 129
Continuation 131, the continuation are joined in threaded fastener hole 60, and the threaded fastener hole need not have in this case
There is internal thread.Feel relieved continuation can also be abandoned in principle, because which is unnecessary for clamping blade.Tool head
The embodiment of description be not provided with closure elements in addition, but centrifugation wedge 23 directly acts on blade 15.
Figure 19 to 21 illustrates the embodiment of spring element 133, and on the one hand the spring element undertakes use described above
Centering latch in side ground directed blade（Referring to Fig. 3）And on the other hand be used for the radially pressure elements of positioning blade
Function.Spring element 133 has can be with heavy clamping pin（Schwerspannstift）The pinch zones of the back for comparing
Section 135, the clamping section are inserted in pin hole 81.The nose being configured with clamping section 135 with end
139 spring-latch 137, its（When being inserted in pin hole 81）More than wall section 95 in front.As illustrated in Figure 20 and 21
As, spring-latch 137 is expressed on closure elements 25 using nose 139, this is squeezed and hence in so that in release
Blade 15 is taken out in the case of centrifugation wedge becomes easy（Figure 21）.
Tool head according to the present invention is used as described below：In order to new blade is inserted into the tool head according to Fig. 1 to 3
In cause centrifugation wedge 23 be placed in backstop first as follows with grooved substrate, i.e., so that clamping threaded fastener as far as possible
Rotate in corresponding rotation direction.Centrifugation wedge 23 is caused in the instrument exchange position being occupied thereafter with respect to the first groove
Wall 27 overturns, so as to the gap that opens up in the side of radial direction closure elements 25 and the back of groove walls 27 wall section 93
Between formed（Fig. 2）.New blade now can be inserted in gap, and wherein, it is fixed that correctly side ground is responsible for by centering latch 79
Heart blade 15.In the position for occupying at this moment, blade 15 is abutted at convex shoulder 91.The elastic pressure elements 73 that can deform,
113a, 113b can equally contact lancet base or become short spacing with which to arrange.If now threaded fastener 29 is in folder
Tight side is rotated up, then pressure elements 73,113a, 113b is sandwiched between wall section 95 in front and closure elements.The pressure
Power element here stretches on the side and radially outward promotes blade, is reclined using the side 100 of the bottom of groove 87 so as to blade
At stopping dam 85.Play an important role with regard to the position in lancet base face 108 on the side 100 of this groove 87 and especially bottom.
Only thereby guarantee that, extending in for pressure elements be enough to be responsible in the direction of radial direction during clamping process when sandwiching instrument
On be accurately positioned blade.It is responsible for by this way being accurately positioned blade on the direction of radial direction, this significantly improves work to be performed
The degree of accuracy of work.Threaded fastener 29 is rotated always until abutting at closure elements 25 with being centrifuged forelock.By using
The centrifugal force produced during the tool head of rotation also strengthens clamping force.
Tool head according to the present invention is particularly useful for machining timber, synthetic material and similar material, wherein
Processing when be similar method when debris removal or particle is gone.Similar material is, for example, cork, bone, synthetic material, light
Metal alloy, wood raw material such as hardboard, wood fibre board, clamping plate etc..Using for instrument be with straight, bending or become
The blade of the knife-edge of profile.Blade is made up of the flat cutting edge of the thickness between about 1mm and 3mm.Tool nose is in operation
In be anti-rotatably arranged on the main shaft of wood processing machine device, wherein, other tool nose can be fixed on directly adjacent to one another
On main shaft.The regulation of centrifugation wedge（Clamping and release）Can be according to an aspect of the present invention by means of for whole use width
Unique threaded fastener carrying out.It has been expressed on heading at stopping dam 85 when this blade is in clamping, from
And blade is no longer able to continue displacement in the case of the tool head of rotation.
By embodiment respectively according to tool head cylindrical in cross section in superincumbent description（Instrument is accommodated wherein
In axial direction（Axially in parallel with rotation axis）In groove）It is illustratively described.But within the scope of this invention can
Enough instrument receiving portion or groove are also angularly stretched with rotation axis（The tool head of such as taper）.Therefore groove can
3 angles spatially are occupied with respect to rotation axis and thus define cutting angle（Spanwinkel）, deviation angle（Kr
öpfungswinkel）And axial angle（Achswinkel）.
Reference numerals list
11st, 11a-d tool head
13 instrument receiving portions
15 blades
The pivot center of 17 tool heads
19 grooves
21 one-tenth profile cutters
23 centrifugation wedges
25 closure elements
First wall of 27 grooves
29 threaded fasteners
Second wall of 31 grooves
33 wedge surfaces in front
35 back sides
37 deepening portions
39 first are pressed against face
41 second are pressed against face
43 in the protuberance being centrifuged at wedge 23
The deepening portion of the axial direction of 47 closure elements
49 first bottom faces
51 second bottom faces
53 ladders
55 elongated holes
57 threaded fastener hole
59 longitudinal axis
61 coverage rates
The internal thread of 63 threaded fastener hole 57
65 first recess-based bottom surfaces
67 second recess-based bottom surfaces
68 magnets
69 threaded fastener hole
The internal thread of 70 threaded fastener hole 69
71 are used for accommodating the space of magnet 68
73 with caking in the form of pressure elements
75 holes for accommodating caking 73 in the tool
The recess of 77 U-shapeds in closure member
79 centering latches
81 pin holes
83 are used for accommodating the grooving of stopping dam 85
85th, 85a stopping dam
87 elongated deepening portions in blade, positioning groove
The recess of 89 U-shapeds in blade
90 blades are anterior
The convex shoulder of 91 first groove walls
92 knife-edges
The wall section of 93 back
94 at the blade 15 as chamfering or the functional surfaces of rounding
The wall section in front of 95 grooves 19
The threaded sections in front of 97 grooves 19
The threaded sections of 99 back
The side of the bottom of 100 grooves 87
101 functioning devices at the threaded fastener 29
102 axis
103 contraction flow regions at the threaded fastener 29
105 in the centring element being centrifuged at wedge 23, centering caking
107 deepening portions in closure elements 25a
The basal surface of 108 blades
The substrate of 109 closure elements 25,25a
The axis of 111 closure elements 25a
The different embodiment of 113a, 113b pressure elements
The pin bore section of 115 extensions
The side on the top of 117 stopping dams 85
The side on the top of 119 grooves 87
121 blind holes for being used for pressure elements 113b
The end face of 123 tool head 11d
125 are used for scabbling the reinforcing element of tool nose
127 groovings for accommodating reinforcing element 125 in centrifugation wedge 23
The head of 129 clamping threaded fastener 29a
131 centering continuation
133 spring elements
135 clamping sections
137 spring-latch
The nose of 139 spring-latch.
Claims (44)
1. tool head（11、11a、11b）, it is particularly useful for wood processing machine device, the tool head is with cylindricality, taper
Or become the substrate body of profile,
- the tool head is with least two instrument receiving portions for being preferably uniformly distributed arrangement on its periphery（13）With
For accommodating blade（15）,
- wherein, the instrument receiving portion（13）Accordingly include the groove narrowed on the direction of radial direction（19）, in the groove
In be able to blade（15）Sandwich in the groove（19）The first side wall（27）And closure elements between, and
- in the blade（15）With the first side wall（27）Between be provided with first shape and be connected（85、85a、87）,
And
- in the closure elements（25）With the first side wall being in respect to the groove（27）Second sidewall（31）Between
It is disposed with centrifugation wedge（23）,
Characterized in that,
In the closure elements（25）With the centrifugation wedge（23）Between be provided with the second form fit connection（43、47）.
2. tool head according to claim 1（11、11a、11b）, it is characterised in that the centrifugation wedge（23）There is band
Female perforate（57）, clamping threaded fastener can be sandwiched in the perforate（29）, wherein, the centrifugation wedge（23）
Can be by rotating the clamping threaded fastener in a first direction（29）Move in clamped position and pass through contrary
Second party be rotated up the clamping threaded fastener（29）Move in instrument exchange position.
3. tool head according to claim 2（11、11a、11b）, it is characterised in that in grooved substrate（65、67）In
It is provided with the female threaded fastener hole of band（69）And the clamping threaded fastener（29）Shank have with phase
Two threaded sections of anti-threaded fastener screw thread（97、99）, wherein, threaded sections（97）With the threaded fastener
Hole（69）Internal thread collective effect and another threaded sections（99）With the perforate（57）Internal thread collective effect.
4. the tool head according to Claims 2 or 3（11、11a、11b）, it is characterised in that the clamping screw threads for fastening
Part（29）The centrifugation wedge rotationally but in axially direction be able to can not be inserted in which move（23）Perforate（57）In.
5. tool head according to any one of claim 1 to 4（11、11a、11b）, it is characterised in that the closing
Element（25）Receiving portion is contained in the case of without threaded fastener（13）In.
6. tool head according to any one of claim 1 to 5（11、11a、11b）, it is characterised in that the closing
Element（25）Or the alternatively centrifugation wedge（23）It is equipped with least one magnet（68）.
7. the tool head according to claim 6 or 7（11、11a、11b）, it is characterised in that at least one magnet
（68）With space（71）Surface be inserted into the closure elements with flushing（25）Or the centrifugation wedge（23）Space（71）In.
8. tool head according to any one of claim 1 to 8（11、11a、11b）, it is characterised in that it is provided with pressure
Power or spring element（73、113a、113b）, which positions as follows so which is made on the direction of radial direction when the instrument is sandwiched
For the blade（15）.
9. tool head according to claim 9（11、11a、11b）, it is characterised in that the pressure or spring element
（73）Arrange or construction is in the closure elements（25）Place.
10. tool head according to claim 9（11、11a、11b）, it is characterised in that the pressure or spring element
（113a、113b）It is arranged on body of tool（11）Place.
11. tool heads according to any one of claim 8 to 10（11、11a、11b）, it is characterised in that the pressure
Power or spring element（73）For spring, the spring is contained in pin hole（81）In.
12. tool heads according to any one of claim 1 to 11（11、11a、11b）, it is characterised in that the envelope
Close element（25）It is configured to into the chip-breaking element of profile.
13. tool heads according to any one of claim 1 to 12（11、11a、11b）, it is characterised in that described from
Heart wedge（23）With wedge surface in front（33）, the wedge surface is towards the first side wall of the groove（27）Orientation, and have be in
With respect to the wedge surface（33）The back side（35）, the back side is towards the groove（19）Second sidewall（31）Orientation and with institute
State wedge surface in front（33）Occupy acute angle.
14. tool heads according to claim 13（11、11a、11b）, it is characterised in that the wedge surface（33）Have
The deepening portion of the ditch flute profile stretched in axially direction（37）.
15. tool heads according to claim 13 or 14（11、11a、11b）, it is characterised in that in the wedge surface（33）
Place is provided with the lug boss extended in axially direction（43）, the lug boss is placed at the centrifugation wedge or conduct is first
Part is used（For example as axle）.
16. tool heads according to any one of claim 1 to 15（11、11a、11b）, it is characterised in that described recessed
Groove（19）The first side wall（27）With with the tool head（11、11a、11b）Central authorities occupy 0 for the RADIAL of starting point
With 40 degree between, the angle preferably between 15 and 35 degree and particularly preferably between 20 and 30 degree.
17. tool heads according to any one of claim 13 to 16（11、11a、11b）, it is characterised in that described from
Heart wedge（23）With bottom, the substructure has the ladder that the longitudinal axis for being preferably parallel to the perforate extends（53）, from
And exist and adjoin the wedge surface in front（33）The first bottom faces（49）With the second bottom faces for adjoining the back side（51）.
18. tool heads according to claim 16（11、11a、11b）, it is characterised in that second bottom faces（33）
With the back side（35）Sandwich >=90 degree, preferably between 90.1 and 95 degree and particularly preferably between 90.5 and 94 degree
Angle.
19. tool heads according to any one of claim 1 to 18（11、11a、11b）, it is characterised in that first
Groove walls（27）Middle loading centering latch（79）For the side ground blade of feeling relieved（15）And the closing if possible
Element（25）.
20. tool heads according to any one of claim 1 to 19（11、11a、11b）, it is characterised in that described
Centrifugation wedge（23）With the closure elements（25）Between be provided with the 3rd form fit connection（105、107）For side fixed
Closure elements described in the heart（25）.
21. blades（15）, for the tool head of wood processing machine device（11、11a、11b）, in particular according to claim 1 to 20
Any one of tool head（11、11a、11b）, with blade（15）, construction in the blade（15）First side position
Knife-edge（92）With the deepening portion as positioning groove（87）, the deepening portion is arranged on the blade（15）In with respect to
The knife-edge（92）The second side on,
Characterized in that,
The blade（15）Diagonally be in respect to the knife-edge side have with chamfering（94）Or the work(of the form of rounding
Energy face, its depth are preferably at least the 15% of blade thickness.
22. blades according to claim 21（15）, it is characterised in that the positioning groove（87）Rib can be configured with
Angle, semicircle or V-arrangement.
23. blades according to claim 21 or 22（15）, it is characterised in that the chamfering for blade thickness >=
0.6mm.
24. blades according to any one of claim 21 to 23（15）, it is characterised in that it is provided with only one unique
Positioning groove（87）, the side of its underpart（100）With lancet base face（108）It is in<10mm and preferably<The spacing of 8mm.
25. blades according to any one of claim 21 to 24（15）, it is characterised in that the positioning groove（87）Position
Within clamping zone, the clamping zone is on the one hand by first groove walls in depth（91）Convex shoulder（91）And
On the other hand face is pressed against by the first of the centrifugation wedge in height（39）And coverage rate（61）Intersection point limited.
26. blades according to any one of claim 21 to 25（15）, it is characterised in that the blade（15）For side
The positioning of side can be with U-shaped recess（89）.
27. are used for blade（15）Insert and be clamped in tool head（11、11a、11b）Receiving portion in method, carry
Following method and step：
- the blade（15）It is inserted in the groove（19）The first side wall（27）And closure elements（25）Between gap
In；
- in the blade（15）The first side wall with the groove（27）Between set up form fit first connection；And
- by means of centrifugation wedge（23）Clamp the blade（15）,
Its feature is further consisted in,
- in the closure elements（25）With the centrifugation wedge（23）Between in the closure elements（25）It is inserted into the instrument
Receiving portion（13）The second connection of form fit is set up when middle（43、47）.
28. methods according to claim 27, it is characterised in that the blade（15）By means of adjoining on centrifugation force direction
The adjacent centrifugation wedge（23）Clamping threaded fastener（29）To sandwich.
29. methods according to claim 27 or 28, it is characterised in that the blade（15）Reach final clamping position
Stopper section is pressed against before putting（85）.
30. methods according to any one of claim 27 to 29, it is characterised in that the blade（15）By means of elasticity
Pressure elements（73、113a、113b）Radial positioning.
31. methods according to any one of claim 27 to 30, it is characterised in that the blade（15）In exchange position
In（By magnet）Attract or（By pressure elements）It is expressed to the closure elements（25）Place.
32. methods according to any one of claim 27 to 31, it is characterised in that the centrifugation wedge（23）By means of institute
State clamping threaded fastener（29）To unclamp.
33. methods according to any one of claim 27 to 32, it is characterised in that the closure elements（25）Exchanging
Shape-ordinatedly by the centrifugation wedge in position（23）Keep.
34. methods according to any one of claim 27 to 33, it is characterised in that the blade（15）Clamping only become
Keep off ground and carry out on heading.
35. tool systems, with the tool head any one of with good grounds claim 1 to 20 and blade（15）, wherein, institute
State blade（15）With following feature：
- construction is in the blade（15）First side position knife-edge（92）,
- as positioning groove deepening portion（87）, the deepening portion is arranged on the blade（15）In with respect to the knife
Side（92）The second side on, and
- diagonally be in respect to the knife-edge, with chamfering（94）Or the functional surfaces of the form of rounding.
36. tool systems according to claim 35, it is characterised in that the chamfering（94）Big in blade thickness
In 0.6mm.
37. tool heads（11、11a、11b）, be particularly useful for wood processing machine device, the tool head carry cylindricality, taper
Or the substrate body that becomes profile,
- the tool head is with least two instrument receiving portions for being preferably uniformly distributed arrangement on its periphery（13）With
For accommodating blade（15）,
- wherein, single instrument receiving portion（13）By the groove being open upwards in the side of radial direction（19）Formed, the groove
Including the first side wall（27）It is in respect to the first side wall with second（27）Second sidewall（31）, and
- with centrifugation wedge（23）, which can be arranged in the groove（19）In, so as to clamp as follows be arranged in described
The first side wall（27）With the centrifugation wedge（23）Between blade（15）, i.e., so that the centrifugation wedge（23）By means of clamping screw thread
Securing member（29）Radial outward movement,
Characterized in that,
Spring element is provided with the instrument receiving portion（73；113a、113b；133）, the spring element will be inserted into institute
State the blade in instrument receiving portion（15）It is pressed onto stopper section（85、85a）Place.
38. tool heads according to claim 37（11a-f）, it is characterised in that the spring element（73；113a、
113b；133）For spring（133）Or the synthetic material that can deform of elasticity or metal parts（73；113a、113b）.
39. tool heads according to claim 37（11a-f）, it is characterised in that the spring element（73；113a、
113b；133）It is joined to the blade（15）Recess（89）In.
40. tool heads according to any one of claim 37 to 39（11a-f）, it is characterised in that the spring element
Part（73；113a、113b；133）Or it is arranged in the perforate of the tool head（81）In or be arranged in and can be arranged in institute
State centrifugation wedge（23）With the blade（15）Between closure elements（25）Place.
41. are used for blade（15）It is positioned at tool head（11a-f）Instrument receiving portion in method,
Characterized in that,
- it is inserted into blade in the instrument receiving portion（15）By means of the spring element being arranged in the instrument receiving portion
（73；113a、113b；133）It is expressed to stopper section（85、85a）Place.
42. methods according to claim 41, it is characterised in that the spring element（73；113a、113b；133）By footpath
Power to outside effect is applied to the blade（15）On.
43. methods according to claim 41 or 42, it is characterised in that the positioning is automatically when the instrument is sandwiched
Carry out.
44. methods according to any one of claim 41 to 43, it is characterised in that the spring element is responsible for radial direction
Positioning with side.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CH569/2014 | 2014-04-14 | ||
| CH00569/14A CH709488A1 (en) | 2014-04-14 | 2014-04-14 | Tool head and method for inserting and clamping a cutting board and cutting board. |
| PCT/CH2015/000055 WO2015157871A2 (en) | 2014-04-14 | 2015-04-14 | Tool head and method for inserting and clamping a cutting insert, and cutting insert |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106488835A true CN106488835A (en) | 2017-03-08 |
| CN106488835B CN106488835B (en) | 2022-10-14 |
Family
ID=50774599
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201580019790.0A Active CN106488835B (en) | 2014-04-14 | 2015-04-14 | Tool head and method for inserting and clamping an insert, and insert |
Country Status (8)
| Country | Link |
|---|---|
| US (2) | US20170028583A1 (en) |
| EP (2) | EP3623127A1 (en) |
| CN (1) | CN106488835B (en) |
| CH (1) | CH709488A1 (en) |
| DK (1) | DK3131719T3 (en) |
| LT (1) | LT3131719T (en) |
| PL (1) | PL3131719T3 (en) |
| WO (1) | WO2015157871A2 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI768610B (en) * | 2020-07-22 | 2022-06-21 | 林翔 | Scraper for scratch card |
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|---|---|---|---|---|
| CH709488A1 (en) | 2014-04-14 | 2015-10-15 | Oertli Werkzeuge Ag | Tool head and method for inserting and clamping a cutting board and cutting board. |
| DE102014015199A1 (en) * | 2014-10-10 | 2016-04-14 | Leitz Gmbh & Co. Kg | Knife head for machining materials and knives therefor |
| DE102016204300A1 (en) * | 2016-03-16 | 2017-09-21 | Robert Bosch Gmbh | Machine tool device |
| US10528088B2 (en) * | 2016-09-28 | 2020-01-07 | Microsoft Technology Licensing, Llc | Opening state detection of a foldable device using self-capacitance |
| CH713020A1 (en) * | 2016-10-10 | 2018-04-13 | Oertli Werkzeuge Ag | Cutterhead and cutterhead system, especially for a woodworking machine. |
| IT201800008191A1 (en) * | 2018-08-27 | 2020-02-27 | Twt Srl | DEVICE FOR FIXING THE CUTTING INSERTS OF CUTTING MILLS |
| AT521821B1 (en) * | 2018-11-14 | 2020-11-15 | Aigner Werkzeuge Ges M B H | Tool head for machining workpieces at high rotational speeds |
| DE102019111986B3 (en) * | 2019-05-08 | 2020-09-17 | Leitz Gmbh & Co. Kg | Method for sharpening a knife that can be inserted into a knife head and knife head with a sharpened knife |
| WO2024119256A1 (en) * | 2022-12-06 | 2024-06-13 | Irani Papel E Embalagem S.A. | Cutting device for a mechanical resin applicator |
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-
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- 2015-04-14 DK DK15717077.0T patent/DK3131719T3/en active
- 2015-04-14 US US15/304,221 patent/US20170028583A1/en not_active Abandoned
- 2015-04-14 CN CN201580019790.0A patent/CN106488835B/en active Active
- 2015-04-14 PL PL15717077T patent/PL3131719T3/en unknown
- 2015-04-14 EP EP19206429.3A patent/EP3623127A1/en active Pending
- 2015-04-14 EP EP15717077.0A patent/EP3131719B1/en active Active
- 2015-04-14 WO PCT/CH2015/000055 patent/WO2015157871A2/en active Application Filing
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2020
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI768610B (en) * | 2020-07-22 | 2022-06-21 | 林翔 | Scraper for scratch card |
Also Published As
| Publication number | Publication date |
|---|---|
| EP3623127A1 (en) | 2020-03-18 |
| EP3131719B1 (en) | 2020-02-12 |
| LT3131719T (en) | 2020-05-25 |
| EP3131719A2 (en) | 2017-02-22 |
| WO2015157871A2 (en) | 2015-10-22 |
| DK3131719T3 (en) | 2020-05-18 |
| US20200130224A1 (en) | 2020-04-30 |
| CH709488A1 (en) | 2015-10-15 |
| CN106488835B (en) | 2022-10-14 |
| PL3131719T3 (en) | 2020-08-24 |
| WO2015157871A3 (en) | 2015-12-03 |
| US11298851B2 (en) | 2022-04-12 |
| US20170028583A1 (en) | 2017-02-02 |
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